Page 415 - Design for Environment A Guide to Sustainable Product Development
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390    Inde x

               Deere, 46                     Design for Environment (DFE),
               Defense Advanced Research         design rules/guidelines
                   Projects Agency (DARPA), 23  advanced resource recovery,
               defense industry, 197               160–164
               Dell, 220, 345                  for benign waste disposition,
               dematerialization, 119, 124–133     138–140
               Denmark, 42, 162                for capital protection and
               Department of Commerce, 274         renewal, 91, 119, 149–159
               Department of Energy (DOE), 23,   catalogue of design guidelines,
                   36, 139, 326                    117–164
               Descartes, René, 19             for dematerialization, 119,
               design disciplines, 75, 120         124–133
               Design for Eco-efficiency, 6n   for detoxification, 134–140
               Design for Environment (DFE),   for economic capital, 156–159
                   1–13                        for energy and material
                 checklist for getting started     conservation, 125–130
                     with, 12–13               goals for, 117–118
                 defined, 83, 377              for hazard reduction, 136–138
                 emergence, 6–10               for human capital, 149–152
                 in energy innovation, 326–329  industrial ecology, 162–164
                 hidden mountain of resources   for natural capital, 152–156
                     consumption, 4–6          for product disassembly,
                 implementation challenges,        142–145
                     10–11                     for product recovery, 141–142
                 overview, 367                 for recyclability, 145–148
                 sense of urgency, 1–2         for release reduction, 134–136
                 sustainability and economic   resource cascading, 160–162
                     development, 2–4          for revalorization, 119, 141–148
                 using this book, 11           for servicization, 132–133
               Design for Environment (DFE),   for source reduction, 130–132
                   design decision analysis,   Design for Environment (DFE),
                   165–195                       principles of, 83–95
                 challenges of decision-making,   DFE metrics and strategies,
                     194–195                       88–91
                 consumer electronic product   eco-efficiency and eco-
                     design, 191–192               effectiveness, 87–88
                 environmental analysis, 172–184  implementation, 95
                 examples of DFE decisions,    information technology
                     191–194                       infrastructure, 92–93
                 financial analysis, 187–191   life-cycle thinking, 84–86
                 heat transfer process design,   list of, 83
                     193–194                   nature as inspiration, 93–94
                 overview, 369–370             overview, 368–369
                 qualitative assessment, 167–172  Design for Environment Program,
                 risk analysis, 184–187          EPA, 36–37, 255–256
                 in service industries, 339–340  Design for Manufacture and
                 tangible evaluation, 167        Assembly (DFMA), 118, 120,
                 types, 166–167                  143
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